INSTALLATIONS BY DC, LLC.
SECTION 12493 [12 24 00]
S-E5 BLACKOUT MOTORIZED SHADE SYSTEM
PART 1 GENERAL
1.1SECTION INCLUDES
1.A.Opaque window shade system: Motorized, roll-up fabric opaque window shade system for complete blackout of window opening including side and bottom channels, headbox, motorized operator, controls, and mounting hardware.
1.2RELATED SECTIONS
2.A.Section 06100 [06 10 00] – Rough Carpentry: Blocking for support of window shade hardware.
2.B.Section 07900 [07 90 00] – Joint Sealers: Sealants for perimeter of shade system.
2.C.Section 09260 [09 21 23] – Gypsum Board Assemblies: Suspended gypsum board ceilings to contain recessed window shade pockets.
2.D.Section 09510 [09 51 23] – Acoustical Tile Ceilings: Suspended acoustical panel ceilings to contain recessed window shade pockets.
2.E.Section 11132 [11 52 13] – Motorized Projection Screens: Motorized projection screens to be interfaced with shade controls.
2.F.Section 11132 [11 52 13] – Motorized Projector Lifts: Motorized projector lifts and mounts to be interfaced with shade controls.
2.G.Division 16 [26] – Electrical: Electrical supply, conduit, and wiring for motorized window shades.
1.3REFERENCES
3.A.NFPA 70 – National Electrical Code.
3.B.NFPA 701-99 – Fire Tests for Flame-Resistant Textiles and Films.
3.C.GREENGUARD Environmental Institute Gold.
3.D.US Green Building Council.
3.E.ANSI/WCMA A100.1-2018
1.4SUBMITTALS
4.A.Submit under provisions of Section 01330 [01 33 26] – Submittal Procedures:
4.B.Product Data: Manufacturer’s data sheets on each product specified, including:
4.B.1.Preparation instructions and recommendations.
4.B.2.Installation and maintenance instructions.
4.B.3.Styles, material descriptions, dimensions of individual components, profiles, features, finishes and operating instructions.
4.B.4.Storage and handling requirements and recommendations.
4.B.5.Mounting details and installation methods.
4.B.6.Typical wiring diagrams including integration of motor controllers with building management system, audiovisual and lighting control systems as applicable.
4.C.Shop Drawings: Plans, elevations, sections, product details, installation details, operational clearances, wiring diagrams and relationship to adjacent work.
4.D.LEED Submittals: Provide documentation of how the requirements of Credit will be met.
4.E.Window Treatment Schedule: For all roller shades. Use same room designations as indicated on the Drawings, field verified window dimensions, quantities, type of shade, controls, fabric, and color, and include opening sizes and key to typical mounting details.
4.F.Selection Samples: For each finish product specified, two complete sets of shade cloth options and aluminum finish color samples representing manufacturer’s full range of available colors and patterns.
4.G.Verification Samples: For each finish product specified, two complete sets of shade components, unassembled, demonstrating compliance with specified requirements. Shade fabric sample and aluminum finish sample as selected, representing actual product, color, and patterns. Mark face of material to indicate interior faces.
4.H.Maintenance Data: Methods for maintaining roller shades, precautions regarding cleaning materials and methods, instructions for operating hardware and controls.
4.I.Manufacturer’s Certificates: Certify products meet or exceed specified requirements.
1.5QUALITY ASSURANCE
5.A.Manufacturer Qualifications: Obtain roller shades through one source from a single manufacturer with a minimum of twenty years’ experience in manufacturing products comparable to those specified in this section.
5.B.NFPA Flame-Test: Passes NFPA 701. Materials tested shall be identical to products proposed for use.
5.C.Mock-Up: Provide a mock-up of one of each type roller shade assembly specified for evaluation of mounting, appearance and accessories.
5.C.1.Locate mock-up in window(s) designated by Architect.
5.C.2.Do not proceed with remaining work until mock-up is accepted by Architect.
1.6DELIVERY, STORAGE, AND HANDLING
6.A.Do not deliver window shades until building is enclosed and construction within spaces where shades will be installed is substantially complete.
6.B.Deliver products in manufacturer’s original, unopened, undamaged containers with labels intact.
6.C.Label containers and shades according to Window Shade Schedule.
6.D.Store products in manufacturer’s unopened packaging until ready for installation.
1.7SEQUENCING
7.A.Ensure that locating templates and other information required for installation of products of this section are furnished to affected trades in time to prevent interruption of construction progress.
7.B.Ensure that products of this section are supplied to affected trades in time to prevent interruption of construction progress.
1.8PROJECT CONDITIONS
8.A.Install roller shades after finish work and ambient temperature, humidity and ventilation conditions are maintained at levels recommended for project upon completion.
1.9WARRANTY
9.A.Hardware: Installations by DC, LLC. five-year limited warranty.
9.B.Motors and Controls: Installations by DC, LLC. five-year limited warranty.
PART 2 PRODUCTS
2.1MANUFACTURERS
1.A.Acceptable Manufacturer: Installations by DC, LLC. 5101 Chase Avenue, Downers Grove, IL 60515 Office Phone: 630-323-2581, dcinstallations.com
1.B.Substitutions: Not permitted.
1.C.Requests for substitutions will be considered in accordance with provisions of Section 01600.
2.2 OPAQUE WINDOW SHADE SYSTEM
2.A.Operation Type: Motorized, vertical roll-up, fabric, opaque window shade system, complete with headbox, side and sill channels for total opacity.
2.B.Shade Motor and Control System:
2.B.1.Standard Motor: 110 VAC, single phase, 60 HZ, instantly reversible, lifetime lubricated, and equipped with internal thermal overload protector, electric brake, and pre-set accessible limit switches. Tubular motor concealed inside each shade roller tube.
2.B.1.a.Individual Control:
2.B.1.a.1)Wall Switch – Toggle three position wall switch.
2.B.1.a.2)Wall Switch – Key operated three position wall switch.
2.B.1.b.Group Control:
2.B.1.b.1)1 Motor Isolating Relay (1ISO) – One ISO relay per motor. Allows 110-120V group switching. Allows for up to 12 motors on one double throw switch. Input Voltage: 120V AC/60Hz. Output Voltage: 120V AC/60Hz. Max Output Current: 4.0 Amps.
2.B.1.b.2)4 Motor Isolating Relay (4ISO) – Panelized version with four ISO relays. Up to three 4ISOs can be linked together for control of up to 12 motors from any single 15-amp double throw wall switch. Input Voltage: 120V AC/60Hz. Output Voltage: 120V AC/60Hz. Max Output Current: 4.0 Amps. Installed in a 8 x 8 x 4 inch (203 x 203 x 102 mm) box.
2.B.1.c.Individual and Group Control:
2.B.1.c.1)IGC4N1. Individual and Group control of up to four motors with up to three intermediate positions per motor.
2.B.2.Quiet Standard Motor – 110 VAC motor operates at 38 dBA measured 3 feet from the motor. Makes no audible clicks when motor stops or starts. Tubular motor concealed inside each shade roller tube.
2.B.2.a.Individual Control:
2.B.2.a.1)Wall Switch – Toggle three position wall switch.
2.B.2.a.2)Wall Switch – Key operated three position wall switch.
2.B.2.b.Group Control:
2.B.2.b.1)1 Motor Isolating Relay (1ISO) – One ISO relay per motor. Allows 110-120V group switching. Allows for up to 12 motors on one double throw switch. Input Voltage: 120V AC/60Hz. Output Voltage: 120V AC/60Hz. Max Output Current: 4.0 Amps.
2.B.2.b.2)4 Motor Isolating Relay (4ISO) – Panelized version with four ISO relays. Up to three 4ISOs can be linked together for control of up to 12 motors from any single 15-amp double throw wall switch. Input Voltage: 120V AC/60Hz. Output Voltage: 120V AC/60Hz. Max Output Current: 4.0 Amps. Installed in a 8 x 8 x 4 inch (203 x 203 x 102 mm) box.
2.B.2.c.Individual and Group Control:
2.B.2.c.1)IGC4N1. Individual and Group control of up to four motors with up to three intermediate positions per motor.
2.B.3.Radio Technology Motor- 110 VAC motor with built-in radio receiver. Tubular motor concealed inside each shade roller tube.
2.B.3.a.Individual Control, Group Control and Individual and Group Control:
2.B.3.a.1)1-channel wireless handheld transmitter-White.
2.B.3.a.2)1-channel wireless handheld transmitter-Ivory.
2.B.3.a.3)2-channel wireless handheld transmitter-White.
2.B.3.a.4)2-channel wireless handheld transmitter-Ivory.
2.B.3.a.5)3-channel wireless handheld transmitter-White.
2.B.3.a.6)3-channel wireless handheld transmitter-Ivory.
2.B.3.a.7)4-channel wireless handheld transmitter-White.
2.B.3.a.8)4-channel wireless handheld transmitter-Ivory.
2.B.3.a.9)5-channel wireless handheld transmitter-White.
2.B.3.a.10)5-channel wireless handheld transmitter-Ivory.
2.B.3.a.11)1-Channel wireless handheld transmitter-White.
2.B.3.a.12)1-Channel wireless handheld transmitter-Black.
2.B.3.a.13)5-Channel wireless handheld transmitter-White.
2.B.3.a.14)5-Channel wireless handheld transmitter-Black.
2.B.3.a.15)16-Channel wireless handheld transmitter-White.
2.B.3.a.16)16-Channel wireless handheld transmitter-Silver.
2.B.3.a.17)1 channel wireless wall switch for radio motor control-White.
2.B.3.a.18)1 channel wireless wall switch for radio motor control-Ivory.
2.B.3.a.19)2 channel wireless wall switch for radio motor control-White.
2.B.3.a.20)2 channel wireless wall switch for radio motor control-Ivory.
2.B.3.a.21)3 channel wireless wall switch for radio motor control-White.
2.B.3.a.22)3 channel wireless wall switch for radio motor control-Ivory.
2.B.3.a.23)4 channel wireless wall switch for radio motor control-White.
2.B.3.a.24)4 channel wireless wall switch for radio motor control-Ivory
2.B.3.a.25)5 channel wireless wall switch for radio motor control-White.
2.B.3.a.26)5 channel wireless wall switch for radio motor control-Ivory.
2.B.3.a.27)RS-232/Dry Contact – Allows for full control of radio motor shade via RS-232/dry contact interface.
2.B.3.a.28)Wireless Sun Sensor – Allows operation of one group of radio motors per sensor.
2.B.3.a.29)Wireless Timer – Allows operation of one group of radio motors per timer.
2.B.3.a.30)Repeater, 1 per project to extend range of transmitters.
2.B.3.a.31)(URTSI II) Universal Interface – Allows for full control of radio motor shade via RS-232/485 or IR signals.
2.B.4.Quiet RTS Motor – 110 VAC motor with built-in radio receiver. Tubular motor concealed inside each shade roller tube.
2.B.4.a.Individual Control, Group Control and Individual and Group Control:
2.B.4.a.1)1-channel wireless handheld transmitter-White.
2.B.4.a.2)1-channel wireless handheld transmitter-Ivory.
2.B.4.a.3)2-channel wireless handheld transmitter-White.
2.B.4.a.4)2-channel wireless handheld transmitter-Ivory.
2.B.4.a.5)3-channel wireless handheld transmitter-White.
2.B.4.a.6)3-channel wireless handheld transmitter-Ivory.
2.B.4.a.7)4-channel wireless handheld transmitter-White.
2.B.4.a.8)4-channel wireless handheld transmitter-Ivory.
2.B.4.a.9)5-channel wireless handheld transmitter-White.
2.B.4.a.10)5-channel wireless handheld transmitter-Ivory.
2.B.4.a.11)1-Channel wireless handheld transmitter-White.
2.B.4.a.12)1-Channel wireless handheld transmitter-Black.
2.B.4.a.13)5-Channel wireless handheld transmitter-White.
2.B.4.a.14)5-Channel wireless handheld transmitter-Black.
2.B.4.a.15)16-Channel wireless handheld transmitter-White.
2.B.4.a.16)16-Channel wireless handheld transmitter-Silver.
2.B.4.a.17)1 channel wireless wall switch for radio motor control-White.
2.B.4.a.18)1 channel wireless wall switch for radio motor control-Ivory.
2.B.4.a.19)2 channel wireless wall switch for radio motor control-White.
2.B.4.a.20)2 channel wireless wall switch for radio motor control-Ivory.
2.B.4.a.21)3 channel wireless wall switch for radio motor control-White.
2.B.4.a.22)3 channel wireless wall switch for radio motor control-Ivory.
2.B.4.a.23)4 channel wireless wall switch for radio motor control-White.
2.B.4.a.24)4 channel wireless wall switch for radio motor control-Ivory
2.B.4.a.25)5 channel wireless wall switch for radio motor control-White.
2.B.4.a.26)5 channel wireless wall switch for radio motor control-Ivory.
2.B.4.a.27)RS-232/Dry Contact – Allows for full control of radio motor shade via RS-232/dry contact interface.
2.B.4.a.28)Wireless Sun Sensor – Allows operation of one group of radio motors per sensor.
2.B.4.a.29)Wireless Timer – Allows operation of one group of radio motors per timer.
2.B.4.a.30)Repeater, 1 per project to extend range of transmitters.
2.B.4.a.31)(URTSI II) Universal Interface – Allows for full control of radio motor shade via RS-232/485 or IR signals.
2.B.5.IntelliFlex I/O AC smart motor: 120V AC, single phase, 60 HZ, 3-wire, 6nm or 15nm (at manufacturer’s discretion), instantly reversible, lifetime lubricated smart motor. Equipped with internal thermal overload protector, and electric brake. Tubular motor concealed inside each shade roller tube. 1 Network Device Connector provided with each smart motor. Smart motors must connect to wall switches and other input devices through a wired network, allowing communication between the devices and distributing power to them from the motors. External power supplies are not permitted. Configuration shall be done from the devices themselves, with no need for a computer connection to the network. Networks must be capable of including up to 120 devices and extend to up to 4000 feet in total with no further restrictions on connections between components. Rated current: 1.0 Amps. Speed: 28RPM. Thermal protection: 4 minutes. Sound level: 42dBA. Meets UL325 & CSA C22.2 No. 247.
2.B.5.a. I/O Network Devices.
2.B.5.a.1)Network Device Connector. Connects l I/O devices into a network. Distributes power and communications between devices. One provided with each I/O motor and network device. Approved for use in plenum spaces. LED Indicators indicate network status. Includes built-in terminating resistor, and network bypass switch for troubleshooting. Material: ABS plastic. Operating temperature: Ambient. Dimensions: 3 3/8″ x 2″ x 1 1/16″ (90 x 31 x 27mm). Mounting hardware provided. Indoor use only.
2.B.5.a.2)Wireless Network Gateway. Allows wireless devices to control shades on the wired network. Required when using Radio Frequency handheld remote. Approved for use in plenum spaces. LEDs indicate the status of both the wired and wireless networks. Allows wireless control of the entire network from a single receiving point. Material: ABS plastic. Operating temperature: Ambient. Dimensions: 3 3/8″ x 2″ x 1 1/16″ (85 x 52 x 27mm). Mounting hardware provided. Indoor use only.
2.B.5.a.3)AV Gateway. Used to integrate with third party control systems. Single entry point must support RS-232 and RS-485 and contain at least 6 contact closure inputs, low voltage trigger, and IR receiver input. Approved for use in plenum spaces. LCD display allows for commissioning of serial groups. Material: ABS plastic. Operating temperature: Ambient. Dimensions: 4 7/8″ x 3″ x 1″ (124 x 83 x 32m). Mounting hardware provided. Indoor use only.
2.B.5.a.4)Contact Closure Interface. Allows up to 6 contact closure inputs to be connected to the network. These are grouped into 3 sets of Up/Down signals, each of which can control any number of shades on an I/O network. Configuration must be done using onboard programming buttons, without rewiring or the use of external configuration devices. Power is provided through the I/O network using a single Ethernet cable for power and communication. Material: ABS plastic. Operating temperature: Ambient. Dimensions: 3″ x 3″ x 1″ (76 x 76 x 25mm). Mounting hardware provided. Indoor use only.
2.B.5.a.5)Sensor/Schedule Interface. Allows up to 4 sensors to be added to an I/O network. Must include built-in support for brightness, temperature, wind, and precipitation sensors, and pyranometers. Must support up to 8 scheduled override events. Configuration must be done using on-board buttons and LCD display. Supports 0-10V, 4-20mA, photodiode and pulse sensors. External power input for sensors provides support for any sensor power requirements. Material: ABS plastic. Operating temperature: Ambient. Dimensions: 4 7/8” x 3¼” x 1¼” (124 x 83 x 32m). Mounting hardware provided. Indoor use only.
(2.B.5.a.5.a)SSI Transformer. To be used when adding third party sensors to the network.
2.B.5.a.6)Sensor/Schedule Interface with Automated Glare Control. The I/O Sensor / Scheduler Interface with automated glare control allows up to 4 sensors to be added to an I/O network. Includes built-in support for brightness, temperature, wind, and precipitation sensors as well as pyranometers. Also provided support for up to 8 scheduled override events. Configuration is done using on-board buttons and LCD display. Supports 0-10V, 4-20mA, photodiode and pulse sensors. Configuration using built-in buttons and LCD display. Scheduled events can be configured to run on any combination of days of the week. External power input for sensors provides support for any sensor power requirements. Material: ABS plastic. Operating temperature: Ambient. Dimensions: 4 7/8″ x 3″ x 1″ (124 x 83 x 32m). Mounting hardware provided.
2.B.5.a.7)1 Motor Controller. Single motor controller for use with motorized roller shades, Venetian blinds, and louver systems. Can be used as a standalone device or part of a network. When networked, can still be independently operated and can be configured to respond to wall switches, RF remotes, and signals from 3rd party systems. On-board contact closure interface. RS-485 network with built-in network termination. On-board buttons for testing and configuring motors. Pluggable terminal blocks. Input power: 110-230VAC @ 50 / 60Hz. Output power: Maximum 6A at input power. Material: ABS plastic. Operating temperature: 32 – 140 ° F (0 – 60° C). Dimensions: 2¾” x 3½” x 2 1/8” (70 x 90 x 54mm). Enclosure: 4″ x 4″ X 4″ (102 x 102 x 102mm).
2.B.5.a.8)4 Motor Controller. 4 motor controller for use with motorized roller shades, Venetian blinds and louver systems. Each port is independently operated and can be configured to respond to wall switches, RF remotes, and signals from 3rd party systems. RS-485 network with built-in network termination. Pluggable terminal blocks. Input power: 110-230VAC @ 50 / 60Hz. Output power: Maximum 6A at input power. Material: ABS plastic. Operating temperature: 32 – 140 ° F (0 – 60° C). Dimensions: 3½” x 7” x 1 7/8” (89 x 178 x 48mm). Enclosure: 6″ x 4″ x 4″ (152 x 102 x 102mm).
2.B.5.a.9)1 Motor Isolating Relay (1ISO) – One ISO relay per motor. Allows 110-120V group switching. Allows for up to 12 motors on one double throw switch. Input Voltage: 120V AC/60Hz. Output Voltage: 120V AC/60Hz. Max Output Current: 4.0 Amps.
2.B.5.a.10)Motor Isolating Relay (4ISO) – Panelized version with four ISO relays. Up to three 4ISOs can be linked together for control of up to 12 motors from any single 15 amp double throw wall switch. Input Voltage: 120V AC/60Hz. Output Voltage: 120V AC/60Hz. Max Output Current: 4.0 Amps. Installed in a 8 x 8 x 4 inch (203 x 203 x 102 mm) box
2.B.5.a.11)Central Network Controller. Touchscreen device to add advanced functionality to a network. It also acts as a router between the control network and a building IP network. Graphical user interfaces on local touchscreen as and remote access web interfaces. Automated glare control and scheduling. BACnet/IP integration. Interface to monitor and override network devices. Allows logging of shade movements, sensor readings, and user overrides. Input power: Micro USB. Operating temperature: ambient. Dimensions: 9 7/8″ x 5¾” x 2″ (251 x 146 x 51mm). Rough cutout: 8″ x 5″ x 1¾” (203 x 127 x 44mm). Mounting hardware provided.
2.B.5.a.12)IP Gateway. For connecting a network of I/O devices to an IP network. Built-in two port network switch for connecting directly to a building network. Can be daisy chained to other IPGs to form a stand-alone network for access to all connected I/O devices. Each IPG is a BACnet/IP device and allows for an additional 120 devices to be added to the network. Configuration is done using the built-in buttons and display. Material: ABS plastic. Operating temperature: ambient. Dimensions: 4 7/8″ x 3″ x 1″ (124 x 83 x 32mm). Mounting hardware provided.
2.B.5.b. I/O User Input Devices.
2.B.5.b.1)Single Zone Wall Switch. Allows user to move roller shades to any position with a single touch. Swipe gestures must be recognized to move shades to fully open or closed positions. Power provided through I/O network using a single Ethernet cable for power and communication. Switch shall be capable of controlling any number of shades on an I/O network using onboard programming buttons without rewiring or the use of external configuration devices. Must allow unlimited number of preset alignment positions. Push button switches not permitted.
2.B.5.b.2)Dual Zone Wall Switch. Allows user to control two independent zones of roller shades, moving them to any position with a single touch. Swipe gestures must also be recognized to move shades to fully open or closed positions. Power for switch must be provided through the I/O network using a single Ethernet cable for power and communication. Each zone must be configured to control any number of shades on an I/O network using the onboard programming buttons, without rewiring or the use of external configuration devices. Unlimited number of preset alignment positions. Push button switches not permitted.
2.B.5.b.3)Radio Frequency Handheld Remote Control. Display must allow for any number of channels, up to 32 channels. Touch control to position the shades anywhere with one touch. Must be capable of serving as a simple commissioning tool. I/O Wireless Network Gateway is required with remote. Range is 40 feet from closest I/O device. Push button remotes not permitted.
2.B.5.b.4)Infrared (IR) Remote Control Kit. Includes handheld remote transmitter and IR receiver. For use with AV Gateway.
2.B.5.c. I/O Sensors.
2.B.5.c.1)External Brightness Sensor. For mounting on the exterior side of the window. For use with Sensor/Schedule Interface.
2.B.5.c.2)Wind Speed Sensor. For use with Sensor/Schedule Interface.
3) Internal Brightness Sensor. To be mounted on the interior side of
the window. For use with Sensor/Schedule Interface.
2.C.Roller Tube: Fabricated from extruded aluminum, galvanized steel, or enameled steel. Diameter, wall thickness, and material selected by manufacturer to accommodate shade type and size. Fabric connected to the roller tube with LSE (low surface energy) double sided adhesive specifically developed to attach coated textiles to metal. Adhesive attachment to eliminate horizontal impressions in fabric.
2.D.Headbox: Consists of extruded aluminum sections with endcaps and opacity plates.
2.D.1.Size: 4-1/8 inches (105 mm) high by 3-1/2 inches (89 mm) wide by length required for shade being provided.
2.D.2.L-shaped removable front face and bottom cover and L-shaped back and top.
2.D.3.U-shaped front, back, and top and removable bottom.
2.E.Endcaps: Stamped steel with universal design suitable for mounting to ceiling, wall, and jamb. Provide size compatible with roller size.
2.F.Side Channels: Double chamber fabricated from 0.06 inch (1.5 mm) thick extruded aluminum sections. One chamber accepts fabric and contains groove for fabric retainer. Other chamber accepts fabric guide and channel locator.
2.G.Sill channel: 0.06 inch (1.5 mm) thick extruded aluminum channel to receive slat bar and prevent light leakage.
2.H.Slat bar: Extruded aluminum bar attached to bottom of shade. Bar does not retract into headbox.
2.I.Channel locator: Injected molded nylon inserts to align side and sill channels with headbox.
2.J.Fabric guide: Plated steel transition for fabric rolling into side channel.
2.K.Fabric retainer: System designed to prevent disengagement of fabric from side channels due to normal variations of air pressure caused by doors opening, HVAC systems, and temperature differences between room and window well. System consists of horizontal steel stays installed in shade, covered with fabric, and spaced at regular intervals. Grommets installed through stays are held within groove of side channel chamber.
2.L.Exposed aluminum finish:
2.L.1.Finish: Clear anodized aluminum.
2.L.2.Finish: Black.
2.L.3.Finish: White.
2.L.4.Finish: Ivory.
2.L.5.Finish: Bronze.
2.L.6.Custom powder coat as selected by the Architect.
2.3FABRIC
3.A.Room Darkening Fabrics
3.A.1.SunBloc Series SB9000: Close woven fiberglass base textile with sun-resistant vinyl film bonded to each side, opaque with minimum tensile strength of 190 pounds for warp and 180 pounds for fill. Fire rating: NFPA 701 1006-Test 1, California U.S. Title 19. Environmental Benefits: Certified to GREENGUARD® and GREENGUARD Gold® standards for low chemical emissions into indoor air during product usage. REACH and RoHS compliant – Lead Free. Bacterial and fungal resistance: ASTM E2180, ASTM G21. Washable and stain resistant. Same color both sides. Opaque, .015 inches thick, 12 oz/square yard.
3.A.2.SunBloc Series SB9100: Close woven fiberglass base textile with sun-resistant vinyl film bonded to each side, opaque with minimum tensile strength of 190 pounds for warp and 180 pounds for fill. Fire rating: NFPA 701 1006-Test 1, California U.S. Title 19. Environmental Benefits: Certified to GREENGUARD® and GREENGUARD Gold® standards for low chemical emissions into indoor air during product usage. REACH and RoHS compliant – Lead Free. Bacterial and fungal resistance: ASTM E2180, ASTM G21. Washable and stain resistant. White exterior in all colors. Opaque, .013 inches thick, 12 oz/square yard.
3.A.3.Flocké® by Mermet®: Opaque, PVC-free fiberglass textile with acrylic flocked backing. Antistatic treated. Fire rating: NFPA 701-10 TM#1, California U.S. Title 19, CAN/ULC-S109-03 Small & Large Flame Test. Environmental Benefits: Certified to GREENGUARD® and GREENGUARD Gold® standards for low chemical emissions into indoor air during product usage. RoHS compliant – lead free. Bacterial and fungal resistance: ASTM E2180, ASTM G21. Draper shades made with this fabric are GreenSpec® listed. Opaque, .020 inches thick, 15.93 oz/square yard.
3.A.4.SheerWeave® Series SW7000 Blackout by Phifer®: PVC-free polyester with acrylic foamed backing. Fire rating: California U.S. Title 19 (small scale), BS 5867 Part 2 Type B Performance, IBC Section 803.1.1 (Class A Rating), NFPA 101 (Class A Rating), NFPA 701 TM#1 (small scale), CAN/ULC-S 109 (large and small scale), CAN/CGSB2-4. 162-M80. Bacteria and fungal resistance: ASTM G21, AATCC 174-1998 Part II and III. Environmental certification: Certified to GREENGUARD® and GREENGUARD Gold® standards for low chemical emissions into indoor air during product usage. Safe use: RoHS/Directive 2002/95/EC, US Consumer Product Safety Commission Section 101 and ANSI/WCMA A 100.1-2007 for lead content. Draper shades made with this fabric are GreenSpec® listed. Opaque, .030 inches thick, 13.92 oz/square yard.
3.A.5.SheerWeave® Series SW7100 Blackout by Phifer®: PVC-coated Fiberglass laminated with a 2-ply PVC film. Fire rating: NFPA 701 TM#1 (small scale), NFPA 701 TM#2 (large scale), BS 5867 Part 2 Type B Performance, CAN/ULC-S 109 (large and small scale), NFPA 101 (Class B Rating), IBC Section 803.1.1 (Class B Rating). Bacteria and fungal resistance: ASTM E 2180, ASTM G21, ASTM G22, AATCC30 Part 3, ASTM D 3273, GREENGUARD® Mold and Bacteria Standard ASTM 6329; Style 2000 face includes Microban® antimicrobial additives. Environmental certification: Certified to GREENGUARD and GREENGUARD Gold® standards for low chemical emissions into indoor air during product usage. Safe Use: RoHS/Directive 2002/95/EC, US Consumer Product Safety Commission Section 101, ANSI/WCMA A 100.1-2007 for lead content and REACH (EC 1907/2006) compliant. Opaque, .025 inches thick, 21.6 oz/square yard, opaque.
3.A.6.SheerWeave® Series SW7400 by Phifer®: PVC-free polyester with acrylic foamed backing. Fire rating: California U.S. Title 19 (small scale), CAN/ULC-S 109 (large and small scale), CAN/CGSB 2-4. 162-M80, NFPA 701 TM#1 (small scale), NFPA 701 TM#2 (large scale). Bacteria and Fungal Resistance: ASTM G21-96, AATCC 174-1998 Part II and III. Environmental Certification: Certified to GREENGUARD® and GREENGUARD Gold® standards for low chemical emissions into indoor air during product usage. Safe Use: RoHS/Directive 2002/95/EC, ANSI/WCMA A 100.1-2007 for lead content, US Consumer Product Safety Commission Section 101. UV Protection: Seal of Approval by the Melanoma International Foundation (MIF) for effectiveness in preventing sun damage to the skin or eyes. Opaque, .029 inches thick, 12.53 oz/square yard.
3.A.7.SheerWeave® Series SW7500 by Phifer®: PVC-free polyester with an acrylic coating. Fire rating: California U.S. Title 19 (small scale), NFPA 101 (Class A Rating), NFPA 701 TM#1 (small scale), BS 5867 Part 2 Type B Performance, CAN/ULC-S 109 (large and small scale), IBC Section 803.1.1 (Class A Rating), CAN/CGSB 2-4.162-M80. Bacterial and fungal resistance: ASTM E 2180 and ASTM G21. Environmental certification: Certified to GREENGUARD® and GREENGUARD Gold® standards for low chemical emissions into indoor air during product usage. Safe use: RoHS/Directive 2002/95/EC, US Consumer Product Safety Commission Section 101 and ANSI/WCMA A 100.1-2007 for lead content. Opaque, .016 inches thick, 12.14 oz/square yard.
3.A.8.SheerWeave® Series SW7600 by Phifer®: PVC-free polyester with an acrylic foamed backing. Fire rating: California U.S. Title 19 (small scale), NFPA 701 TM#1 (small scale), BS 5867 Part 2 Type B Performance, CAN/ULC-S 109 (large and small scale). Bacterial and fungal resistance: ASTM G21-96, AATCC 174-1998 Part II and III. Environmental certification: Certified to GREENGUARD® and GREENGUARD Gold® standards for low chemical emissions into indoor air during product usage. Safe use: RoHS/Directive 2002/95/EC, ANSI/WCMA A 100.1-2007 for lead content, US Consumer Product Safety Commission Section 101. UV protection: Seal of approval by the Melanoma International Foundation (MIF) for effectiveness in preventing sun damage to the skin or eyes. Opaque, .020 inches thick, 11.8 oz/square yard.
3.B.Color and pattern: __________, No. _____.
3.C.Color and pattern: As indicated in Color Schedule on Drawings.
3.D.Color and pattern: As selected by Architect from manufacturer’s standard range.
PART 3 EXECUTION
3.1EXAMINATION
1.A.Do not begin installation until substrates have been properly prepared.
1.B.If substrate preparation is the responsibility of another installer, notify Architect of unsatisfactory preparation before proceeding.
3.2PREPARATION
2.A.Coordinate requirements for blocking and structural supports to ensure adequate means for installation of window shades.
2.B.Coordinate requirements for blocking, construction of shade pockets, and structural supports to ensure adequate means for installation of window shades.
2.C.Coordinate installation of recessed shade pockets with construction of suspended acoustical panel ceilings specified in Section 09510.
2.D.Coordinate installation of recessed shade pockets with construction of suspended gypsum board ceilings specified in Section 09260.
2.E.Coordinate requirements for power supply conduit, and wiring required for window shade motors and controls.
3.3INSTALLATION
3.A.Install in accordance with manufacturer’s instructions.
3.B.Install roller shades level, plumb, square, and true. Allow proper clearances for window operation hardware.
3.C.Shade pockets:
3.C.1.Install shade pockets prior to installation of suspended ceiling system. Attach to supporting structure with screws through top of pocket at 24 inches (610 mm) minimum centers.
3.C.2.Install shade pockets in conjunction with installation of suspended ceiling system. Attach to supporting structure with screws through top of pocket at 24 inches (610 mm) minimum centers.
3.C.3.Install corner pieces securely and in alignment with pockets.
3.C.4.Install pocket ends securely and in alignment with pockets.
3.C.5.After interior construction is essentially complete, install shade and operating mechanism in pocket.
3.D.Install the following items to conceal roller and operating mechanism. Do not use exposed fasteners.
3.D.1.Fascias.
3.D.2.Closure panels.
3.D.3.Endcaps.
3.E.Install headbox, side channels, and sill channel with sealant specified in Section 07900 – Joint Sealers to eliminate light leaks at perimeter of shade system.
3.F.Position shades level, plumb, and at proper height relative to adjacent construction. Secure with fasteners recommended by manufacturer.
3.4TESTING AND DEMONSTRATION
4.A.Test motorized window shades to verify that controls, limit switches, interface to other building systems, and other operating components are functional. Correct deficiencies.
4.B.Test window shades to verify that operating mechanism, fabric retainer, and other operating components are functional. Correct deficiencies.
4.B.1.Motorized operating mechanism.
4.C.During daylight hours, lower shades and turn off interior lights. Verify that there are no light leaks at perimeter or within shade assembly. Correct deficiencies.
4.D.Demonstrate operation of shades to Owner’s designated representatives.
3.5PROTECTION
5.A.Protect installed products until completion of project.
5.B.Touch-up, repair or replace damaged products before Substantial Completion.
3.6SCHEDULES
6.A.Refer to Drawings for shade types and locations.